![2. For a thin plate, lying on the x-y plane, with no out of plane strain (Ez 0), a Poisson ratio of 0.25, a Youngs modulus of 100GPa and strain of 0.0005 and 0.0007 in the x and y direction, respectively. If solved using MATLAB provide code. a) What is the stress in the x, y and z directions? [3 Marks]](https://media.cheggcdn.com/media%2Fb25%2Fb25d32bb-e5e9-4387-8e2a-6e06ba48ece3%2Fphpf5tBvq.png)
2. For a thin plate, lying on the x-y plane, with no out of plane strain (Ez 0), a Poisson ratio of 0.25, a Young’s modulus of 100GPa and strain of 0.0005 and 0.0007 in the
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![2. For a thin plate, lying on the x-y plane, with no out of plane strain (Ez 0), a Poisson ratio of 0.25, a Youngs modulus of 100GPa and strain of 0.0005 and 0.0007 in the x and y direction, respectively. If solved using MATLAB provide code. a) What is the stress in the x, y and z directions? [3 Marks]](https://media.cheggcdn.com/media%2Fb25%2Fb25d32bb-e5e9-4387-8e2a-6e06ba48ece3%2Fphpf5tBvq.png)
2. For a thin plate, lying on the x-y plane, with no out of plane strain (Ez 0), a Poisson ratio of 0.25, a Young’s modulus of 100GPa and strain of 0.0005 and 0.0007 in the
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